The LCS-8GS-P includes 8 PoE/PoE+ out ports and a total 120 W PoE budget. That makes it a strong fit for buyers who want to power multiple compatible cameras or other PoE devices from one central switch instead of dealing with separate power adapters. The datasheet also lists the PoE power pins as 1–2 (+), 3–6 (-). Questions about PoE port count and total power budget are among the most common things buyers compare when choosing a managed PoE switch because those two specs directly affect how many devices the switch can realistically support.

Yes. The datasheet lists Web management, Cloud management, and App management all as YES. That matters if you want easier visibility and control without always being physically at the switch location. The same management section also lists Mirroring, Self-Organizing Network, and Camera detection, which adds more day-to-day oversight. Remote management and app-based access are common questions buyers ask when deciding between a basic switch and a smarter managed model.

According to the datasheet, the switch has 10 1GbE RJ45 ports and 1 1G SFP port. It does not list any 10G SFP+ ports, and it also shows no 100/1000Mbps/2.5Gbps RJ45 ports in that category. For buyers, that means the LCS-8GS-P is built around Gigabit copper connectivity with an added SFP uplink option for more flexible network design. Port layout and uplink options are common research questions because they affect how easily the switch fits into a growing camera or office network.

The datasheet strongly suggests it is a good fit for surveillance-focused deployments. It lists a recommended camera limit of 200W H265: 40 and 400W H265: 20, and it also shows Camera detection as YES. That is useful for buyers who want a switch that feels purpose-ready for camera environments instead of being just a basic connectivity box. Camera support, PoE output, and device detection are exactly the kinds of questions people tend to ask when comparing switches for surveillance use.

The hardware section lists a switching capacity of 20 Gbps(bit/s) and a forwarding rate of 14.8 Mpps. It also specifies a 1.5 Mbit buffer size, a single-core processor with 62.5 MHz clock frequency, and 4 MB flash memory. For buyers, these are the numbers that help show the switch is built to handle multiple connected devices in a compact managed deployment. Performance and throughput are common buying questions because people want to know whether the switch can keep up as more cameras or network devices are added.

Yes, the datasheet lists a Fanless design with Natural cooling. That matters because a fanless switch is typically a better fit for offices, reception areas, counters, and other quieter spaces where constant fan noise becomes distracting. The datasheet also lists mounting as Wall/Desk, which supports flexible placement in smaller installations. Quiet operation and flexible installation are common buyer concerns when choosing a compact managed switch for indoor business or surveillance environments.

The datasheet lists Maximum number of VLANs: 16, Maximum number of MAC address entries: 4000, IEEE 802.1Q VLAN: YES, Static MAC address: YES, and Interface flow control: YES. It also includes Inbound or outbound rate limiting based on interface traffic, plus DNS client and DHCP client support. For a buyer, that means the switch offers more control over traffic organization and segmentation than a simple unmanaged model. VLANs, rate limiting, and managed traffic control are common questions because they directly affect stability and how cleanly a network can be organized.

The security section lists Port isolation, Broadcast storm control, Multicast storm control, Unknown unicast storm control, CPU Protection Policy, and DHCP snooping all marked as YES. On the hardware side, the switch also includes Surge protection and ESD protection, including Air discharge: 8 kV and Contact discharge: 6 kV. The datasheet further lists an MTBF of 200,000 hours, which helps speak to reliability expectations. Buyers commonly ask about these features because they want a switch that can help protect both network stability and the hardware itself in real-world installations.

The datasheet shows the switch uses a DC adapter. It lists a rated input voltage of 100 V AC to 240 V AC, 50 Hz to 60 Hz, a maximum input voltage of 90 V AC to 264 V AC, 47 Hz to 63 Hz, a rated input current of 2.5 A, a rated output voltage of 54 V DC, and a maximum output current of 2.4 A. It also states 10 W max power consumption with no PoE load and 130 W with full PoE load. Power input, adapter specs, and total draw are common questions because buyers need to confirm both electrical compatibility and load planning before installation.

The package contents section lists 1 Device, 1 User Manual, and 1 Warranty Card. The datasheet also shows a 3 years warranty, NDAA Complain: YES, and certifications of CE, FCC. In the compliance section, it also lists EMC standards including EN 55032, EN 61000-3-2, EN 61000-3-3, EN 55035, and EN 300 386, plus Safety compliance: EN 62638-1. Warranty, certifications, and what is included in the box are common final-check questions because buyers want clarity before they commit.